We have a number of exciting additions to the UCS family, which we are announcing today. Application architectures are fundamentally changing, which is driving a change to the core infrastructure. Today, you will hear about new innovations in the area of scale-out computing, which are optimized for the delivery of new applications, data analytics and the scale that is required to support these apps.
As part of this announcement, we are delivering significant innovations around what I’ll call the core data center applications. Put another way, these are the more traditional applications that keep the business running and keep employees productive. Cisco is announcing our fourth generation of our workhorse two-socket blade and rack systems as well as a broad set of enhancements to UCS Management.
Over the past five years, when I ask customers why they purchased UCS, it comes down to two key areas: more power to drive applications faster and simplified management, which accelerates IT operations. Let’s talk first about the core data center platforms and the new innovations there. Once again, Cisco is raising the bar on “enterprise class” stateless computing and performance. Today, we’re announcing the Cisco UCS M4 series, which are optimized for the widest set of enterprise use cases. Delivered through the new UCS B200 M4, C220 M4 and C240 M4, Cisco continues to deliver the highest performance CPUs, maximum memory and highest I/O performance. Besides support for fastest and highest core count and memory, we have added significant flexibility to the platforms via modular LAN-on-motherboard (LOM), Modular HBAs and Flex Storage options.
In addition to the M4 generation of servers we are introducing our 3rd gen VIC technology. This generation brings native 40Gb and advanced networking features such as NVGRE and VxLAN to UCS. The latest VIC will also enable ultra low latency RDMA capabilities.. As really fast flash storage becomes mainstream and clustered applications gain popularity, high bandwidth, low latency interconnect technology will be required for applications to see the full benefit of performance improvements. With this technology, applications requiring low latency can see up to an 85% improvement without the complexity of building Infiniband fabrics.
As much as we like talking about performance (and believe me, we like that a lot), the biggest innovation UCS brought to the datacenter was a dramatically simplified management paradigm with our UCS Management portfolio. Today, we’re announcing the addition of the software programmable ACI fabric through the Nexus 9000 and APIC into UCS Director. UCS Director is also delivering a software development kit and open API to accelerate third party integration with Cisco’s technology partners.
Finally, we are delivering new application container support within UCS Director, which provides both virtual and bare metal isolation of workloads, automated with UCS Director. Users simply request a container for a particular set of application components and UCS Director deploys the necessary infrastructure configuration required. Taken together, UCS Director becomes an even more robust control point for IT infrastructure as IT customers can now request application services and have computing, storage and networking services (such as firewalling or Layer 4-7 switching) delivered across a programmable networking fabric.
Taken along with the M-series and the UCS C3160, this announcement represents a huge step forward in the UCS portfolio to enable customers to move faster into the new application paradigm while still supporting their core data center applications.